Satellite Tracking, Prediction and Informations about

Objects in the Sky

Search Tips
You can search by Satellite Name, Norad ID or any other keyword that it is included in satellite description.

You can search for object debris if you search by word DEB and for Rocket Bodies if you search by the keyword R/B country.

Good Luck



Track Random satellites:
THOR ABLESTAR DEB
THORAD AGENA D DEB
THORAD DELTA 1 DEB
DELTA 1 DEB

Track KORONAS-FOTON Satellite in Real Time

Detailed information about KORONAS-FOTON satellite

Designator id: 2009-003A

Description of KORONAS-FOTON Satellite:

KORONAS-Foton or CORONAS-Photon, a Russian satellite for solar physics, solar-terrestrial connection physics and astrophysics, was launched at 13:30 UT on 30 January 2009 from Plesetsk. Koronas-Foton has a mass of 1920 kg, an expected lifetime of three years and has two solar panels providing approximately 2 kW power. Koronas-Foton is part of the International Living with a Star (ILWS) program.

The primary purpose of the mission is the study of solar electromagnetic radiation, especially from solar flares, in the extreme ultraviolet (EUV) up to high-energy gamma-ray radiation. It will also be capable of making parallel observations of Earth's upper atmosphere in EUV and soft X-rays as well as monitoring other astrophysical X-ray and gamma-ray sources. A high-energy particle detector on-board will also be capable of monitoring the near-Earth plasma environment. The satellite will operate from a circular orbit of 500 km altitude with an inclination of 82.5°.

The satellite carries several instruments: NATALYA-2M, a high-energy spectrometer; RT-2, a low-energy gamma-ray telescope; PENGUIN-M, a hard X-ray polarimeter-spectrometer; KONUS-RF, an X-ray and gamma-ray spectrometer; BRM, a fast X-ray monitor; PHOKA, a multi-channel ultraviolet monitor; TESIS, a solar telescope/imaging spectrometer; ELECTRON-M-PESCA, a charged particle analyzer; and STEP-F, a high-energy particle detector. It is also equipped with a magnetometer, a data acquisition and registration system and a control and communications block.

The Moscow Engineering Physics Institute (MEPhI) is the prime institution responsible for the mission payload. The Scientific-Research Electromechanic Institute (NIIEM) is responsible for the spacecraft design and manufacture. Teams from Russia, India, Ukraine, Spain and Poland contributed to the development of the science payloads.


Technical data:

Launch Date: 2009-01-30
Launch Vehicle: Tsiklon-3
Launch Site: Plesetsk, Russia

Funding Agencies:

Moscow Engineering Physics Institute (Russia)

Disciplines:

Solar Physics

Source: Nasa

Two Line Element Set (TLE):
1 33504U 09003A   12339.18969441  .00000987  00000-0  62013-4 0  2226
2 33504 082.4743 069.7180 0020222 076.8831 323.5775 15.07980292211264

Last TLE update on :2012-12-04

Find more details about KORONAS-FOTON Satellite